Energy-Efficient Product and Process Innovations in Production Engineering Project Structure
Project Structure | Cluster of Excellence eniPROD | TU Chemnitz
Energy-Efficient Product and Process Innovations in Production Engineering
Project Structure
Project structure
The "eniPROD" cluster of excellence aims to make a nationally and internationally visible contribution to the implementation of the vision of almost completely emissions-free production. In order to achieve this goal, the existing fields of research excellence in the scientific location of Chemnitz are to be pooled. This will allow the individual competencies and potential of these fields to be utilised and combined in a targeted manner. At the same time, the focus will be on the research programme in energy-efficient production.
is to provide support, with regard to both methodology and the use of information technology, for the development of assets and consumer goods with a minimised energy requirement over their life-cycle.
is the development of new evaluation methods and indicators, active principles and construction methods for optimising the energy efficiency of production systems.
Process Chain - Powertrain
Within the scope of the research carried out into the
, the aim is to develop new active principles, construction methods and technologies for the reduction of the primary energy requirement and for increasing energy efficiency in production and to implement these in a press-hardened demonstrator component.
, energy-sensitive planning and control systems in factory operation and new active principles and construction methods for energy-efficient technical logistics are being researched, alongside energy efficiency-oriented factory planning.
CIRP Research Group
An interdisciplinary research group made up of junior scientists with outstanding qualifications is set to make a significant contribution to the international visibility and recognition of the eniPROD cluster of excellence.
Cross-Sectional Working Groups
In addition to the fields of action and the sub-projects, five Cross-Sectional Working Groups were set up as communication and transfer platforms.
Chemnitz University of Technology researchers uncover a new way to amplify light-matter coupling in graphene using tin nanoantennas, published in “Advanced Optical Materials” …
From dual system to network: Research team from Chemnitz, Santiago de Chile, and Magdeburg presents a new perspective on how the brain controls actions — and how this understanding could benefit the development of neuro-inspired AI …